Collision spectroscopy of O6+and N6+colliding on a He target

Abstract
Angularly resolved (0-0.15 deg) energy gain measurement provides a detailed analysis of the dominant processes involved in low-energy charge transfer reactions of O6+ and N6+ on a He target. Influence of short distance interactions for population of minor one-electron capture channels is demonstrated. Special emphasis is given to two-electron capture processes. The authors' data are compared with available theoretical and experimental results concerning C6-, N6+ and O6+ ions colliding with a He target.

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